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Digital Fourier analysis: advanced techniques

机译:数字傅立叶分析:先进技术

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If there was ever a "gift that keeps on giving" to the most esoteric of mathematico-physical theories or to the most pragmatic of engineering practice, it is Fourier analysis. (On my bucket list is someday to discover, in principle from Georg Cantor's original papers, exactly how Cantor's seminal and arguably still-controversial set theory emerged from his study of 19th-century Fourier analysis.) Just as the principle of least action retains a mystery (that is not born of mysticism) regarding its effectiveness in both classical and quantum physics, so Fourier analysis realizes to an astounding degree the assertion, variously attributed to James Clerk Maxwell or David Hilbert, that "there is nothing more practical than a good theory."
机译:如果对最深奥的数学物理理论或最实用的工程实践有“不断的奉献”,那就是傅立叶分析。 (总有一天,在我的遗愿清单上,原则上可以从乔治·康托尔的原始论文中发现,康托尔对19世纪傅立叶分析的研究正是如何产生了康托尔的开创性且有争议的集合论。)正如最小行动原理保留了奥秘(不是由神秘主义而来的)关于它在古典物理学和量子物理学中的有效性,因此傅立叶分析在一个惊人的程度上实现了断言,该断言被不同地归因于詹姆斯·克莱克·麦克斯韦或大卫·希尔伯特,“没有什么比一件好事更实用了”。理论。”

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